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Research advances on the development of microbical oxygenase and its characteristics in catalyzing bioreactions

不同微生物来源的加氧酶及其催化反应特征的研究进展



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ChineseJournalofBioprocessEngineering
Vol.11No.1
Jan.2013
doi:10.3969/j.issn.1672-3678.2013.01.015
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:1672-3678(2013)01-0087-07
Researchadvancesonthedevelopmentofmicrobicaloxygenaseand
itscharacteristicsincatalyzingbioreactions
NIEYao,FUMinjie,XUYan
(KeyLaboratoryofIndustrialBiotechnologyoftheMinistryofEducation,SchoolofBiotechnology,
JiangnanUniversity,Wuxi214122,China)
Abstract:Oxygenasewasakindofoxidoreductasesandcouldcatalyzeoxidationoforganiccompounds
withmolecularoxygen,thusitwaswidelyusedinindustriesofenvironmentdprotection,cosmetics,
pharmaceuticals,agrochemicals,andsoon.Oxygenasewassofardiscoveredandidentifiedfromvarious
microbialresources,suchasfungi,yeasts,bacteria,andactinomycetes.Inaddition,diferentmicrobial
oxygenaseswereexhibitedincatalyzingbiooxidationbothinreactiontypeandcharacterstics.Thispaper
summarizedtheresearchadvancesindevelopmentofoxygenasefromvariousmicrobialresourcesandthe
reactiondiversityperformedbydiferentoxygenasesinapplications.
Keywords:actinomycete;bacterium;diversity;fungus;oxygenase
  
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Table1 Oxygenasefromfungusandtheirpropertiesincatalyzingreaction
Ô ó& h×E

Ü hi 3­
=y((ôÔ V%× ¶ôT

=y× Ô,°ÀòijAB:Y°ÁY>
[20]
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Corynespora
casicola,
Rhizopusoryzae
­0T

ÁY×
•&VTò­dç.«&1R
õö`‹Œ
[21-22]
­0TÔ
Alternariaalternata
­0T
/─ òijšÏÐôI%`&(A [23]
4 HBA
­0TÔ
Phomopsis
liquidambari
­0T
/4
­0LZ
,
(4 HBA)
&•ºò@|8B–žÏ`M
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[1]
1,2
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Ustilagomaydis,
Pseudozymaflocculosa ­0T/É4ÒÓ, ‹ŒV%dÒòeé•&o}ñ [24]

­0T((ô
Ô
NMO Aspergilusfumigatus ­0T/L?ø, òijAB@½ƒ%£¹ [2,25]
Aë ø , ( ( ô
Ô
KMO ─ ­0T/Aëø,

KMO
òÍ|BÅèsRHIqæ
C&ډ<ÌßÚ¶-`x^¹I
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Ô ó& hãšUhi 3­
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aeruginosa
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aeruginosa,
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aeruginosa
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…ÝÌòe(ôÔ­0TÕ
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baumanni
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[1] ChenY,PengY,DaiC,etal.Biodegradationof4hydroxybenzoic
acidbyPhomopsisliquidambari[J].ApplSoilEcol,2011,51:
102110.
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39 
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